Question

In: Economics

Consider a commercial space with two tenants. An upscale restaurant and a live music venue. Currently,...

Consider a commercial space with two tenants. An upscale restaurant and a live music venue. Currently, the restaurant is open serving customers until 10pm each night and the venue has music beginning at 9pm each night.

The live music causes a disturbance at the restaurant harming the restaurant owner's profit, so the owner is demands the music venue does not begin operating until 10pm. The venue owner counters that the restaurant should just close an hour early, at 9pm.  

The following are the hourly profits both firms will earn depending on various closing times.

  • Scenario A: Both businesses are open between 9pm and 10pm: The restaurant earns $400 in profit and the venue earns $600 in profit between 9pm and 10pm.
  • Scenario B: The venue does not open until 10pm: The restaurant would earn $1200 in profit between 9pm and 10pm, the venue earns no profit since it is closed during that time.
  • Scenario C: The restaurant closes at 9pm: The restaurant earns no profits between 9pm and 10pm. The venues profit are not impacted by the restaurant, they still earn $600 profit in this scenario.

Assume no transaction costs.

a) Between the three scenarios, the efficient outcome is Scenario ["A", "B", or "C"] and the most inefficient outcome is Scenario ["A", "B", or "C"]      

b) Suppose the restaurant has the property rights, meaning if the restaurant loses profit due to the venue, the venue must pay the amount of the restaurant's lost profit. After any and all negotiations, does the Coase Theorem predict the venue will open at 9pm or 10pm?

c) Suppose the venue has the property rights, menaing the venue is not responsible for any profit lost by the restaurant. After any and all negotiations, does the Coase Theorem predict the venue will open at 9pm or 10pm?

d) Should, in any scenario, the restaurant pay the venue to stay closed until 10pm, what range of values represent an improvement to both tenants compared to the status quo? ["$200 - $400", "$400 - $600", "$600 - $800", "$800 - $1000", "$1000 - $1200"]      

Solutions

Expert Solution

a)Scenario B is the most efficient one as the total profit is $1200 and outcome C is the most inefficient one as the total profit is $600.

b)If the restaurant has property rights, then it would either not allow the venue to open or ask for the compensation. if the venue opens at 10 pm , he would earn no profit in the hour and if he opens at 9 pm , the profit would be $600. If the venue decides to open and the restaurant has the property rights, then the venue could compensate the restaurant with an amount of $600, which he would have earned had the venue would not have opened.

In other words, it is better if the venue remains closed in the hour, rather than opening and compensating the restaurant.

c) If the venue has property rights, then it would open and earn $600 between the hour. But if the restaurant wants to open, then it would give $600-800 to the venue holder to close. Since the property rights are with venue, it si upto them to decide if they want the compensation or operate. Otherwise also since the property rights are with venue, it can continue to operate and earn $600 because the closing of restaurant has no gain or loss to the venue.

d) If venue is closed till 10 pm, then it would have a loss of $600. Also this would mean that the restaurant is having a profit of $1200 rather than 400. So if the restaurant compensates the veneu anywhere between his profit and the venue's loss, both of them would be well off. This would mean that the range would be between 600 to 800.

800 because the difference between the profit without and with opening of venue is 1200-400=800


Related Solutions

Let x(t) ∈ [0, 1] be the fraction of maximum capacity of a live-music venue at...
Let x(t) ∈ [0, 1] be the fraction of maximum capacity of a live-music venue at time t (in hours) after the door opens. The rate at which people go into the venue is modeled by dx dt = h(x)(1 − x), (1) where h(x) is a function of x only. 1. Consider the case in which people with a ticket but outside the venue go into it at a constant rate h = 1/2 and thus dx dt =...
A live music venue called Mark’s House of Heavy Metal charges $10 per ticket (per person)...
A live music venue called Mark’s House of Heavy Metal charges $10 per ticket (per person) for all heavy metal concerts. Their variable cost is $5 per person. Last year they sold 120,000 tickets to heavy metal concerts. The average metalhead (i.e., customer) attends 20 concerts per year at Mark’s House of Heavy Metal. The customer retention rate is 90%. Assume a discount rate of 10%. What is an average customer worth to Mark’s House of Heavy Metal?
Consider the 1981 Super Bowl commercial from Schlitz involving a live taste test (Links to an...
Consider the 1981 Super Bowl commercial from Schlitz involving a live taste test (Links to an external site.). Schlitz sponsored a live taste test for its beer during the half time of the 1981 Super Bowl. Suppose that a taste tester preferring Schlitz is considered a success which occurs with probability .4. In a sample of 80 what is the probability that 40 or more will choose Schlitz as the best beer? Consider the 1981 Super Bowl commercial from Schlitz...
Consider the 1981 Super Bowl commercial from Schlitz involving a live taste test (Links to an...
Consider the 1981 Super Bowl commercial from Schlitz involving a live taste test (Links to an external site.). A group of people took a live taste test as part of a commercial during the Super Bowl. The taste test was sponsored by the beer company Schlitz. Suppose that a taste tester preferring Schlitz is considered a success which occurs with probability .5. In a sample of 50 what is the probability that 25 or more will choose Schlitz as the...
Consider an economy with identical individuals who live for two periods. Half of the workers are...
Consider an economy with identical individuals who live for two periods. Half of the workers are in the 1st, the other half in the second period of life. Their utility function is ut= log(ct) in each period. They work in the first period and receive an income 100 and are retired in the second period and receive no income. They can save as much of their income as they like in bank accounts, earning an interest rate of r per...
Consider a model in which individuals live for two periods and have utility functions of the...
Consider a model in which individuals live for two periods and have utility functions of the form ? = ??(?1) + .5??(?2). They earn income of $10,000 in the first period and save S to finance consumption in the second period. The interest rate, r, is 20. a. Set up the individual’s lifetime utility maximization problem. Solve for the optimal C1, C2, and S. (Hint: ????1,?2 = −.5?2/?1 and the budget line is given by C2= (10,000-C1)(1+r) hence the slope...
Two period saving model) Consider an economy populated by identical people who live for two periods....
Two period saving model) Consider an economy populated by identical people who live for two periods. They have preferences over consumption of the following form: U=ln(c1) +βln(c2), where ct denotes the stream of consumption in period t. They also receive an income of 50 dollars in period 1 and an income of 55 dollars in period 2. They can use savings to smooth consumption over time, and if they save, they will earn an interest rate of 10% per period....
Discuss two possible limitation factors to consider in preparing a budget for a hotel or restaurant....
Discuss two possible limitation factors to consider in preparing a budget for a hotel or restaurant. Explain: 1. Why they are potential limitation factors. 2. Based on your limitation factors, explain how quality, cost, and price could help to maximize your budget profit. Please provide one example.
Consider an island that has two producers: a coconut farm and a restaurant. The coconut farm...
Consider an island that has two producers: a coconut farm and a restaurant. The coconut farm produces coconuts by hiring households on the island to harvest them from trees. It sells some coconuts to households, some coconuts to the restaurant, and some coconuts to the government. It sells $20 million worth of coconuts to the government, $30 million worth of coconuts to households, and $15 million worth of coconuts to the restaurant. It pays $50 million in wages and no...
Consider an economy in which people live two-period lives in overlapping generations but are endowed only...
Consider an economy in which people live two-period lives in overlapping generations but are endowed only in the first period of life. Capital has a minimum size, k ∗ , which is greater than the endowment of any single individual but less than the total endowment of a single generation. Capital pays a one-period gross real rate of return equal to x. The population grows 10% in each period. There exists a constant nominal stock of fiat money owned by...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT